The Path Forward The Future of Graduate Education in the United States

Transcription

1 The Path Forward The Future of Graduate Education in the United States

2 The Path Forward The Future of Graduate Education in the United States

3 Suggested citation*: Council of Graduate Schools and Educational Testing Service. (2010). The Path Forward: The Future of Graduate Education in the United States. Report from the Commission on the Future of Graduate Education in the United States. Princeton, NJ: Educational Testing Service. The report was written by Cathy Wendler, Brent Bridgeman, Fred Cline, Catherine Millett, JoAnn Rock, Nathan Bell, and Patricia McAllister. A number of individuals contributed to the project. The ETS team was led by Cathy Wendler and included Brent Bridgeman, Catherine Millett, Fred Cline, David Payne, Shelly Punchatz, JoAnn Rock, Namrata Tognatta, and interns Ross Markle and Leslie Shaw. The CGS team was led by Debra Stewart and included Patricia McAllister, Nathan Bell, Daniel Denecke, and Belle Woods. We thank Aina Daud, Nicole DiCrecchio, Thomas Ewing, Cheryl Flagg, Stuart Heiser, Teresa Jackson, Mark McNutt, William Petzinger, Rosalie Szabo, and Yuan Wang for their support and help on the project. * The above suggested citation replaces the citation provided in the first printing of this report: Wendler, C., Bridgeman, B., Cline, F., Millett, C., Rock, J., Bell, N., and McAllister, P. (2010). The Path Forward: The Future of Graduate Education in the United States. Princeton, NJ: Educational Testing Service. No new data, information, or recommendations are provided in this reprint of the report.

4 April 2010 Dear Colleague: It has been argued that in the knowledge economy, a graduate degree will become the new bachelor s degree, the minimal education credential that high-skills employers require. If that is so, then the United States is in peril of losing its competitive edge, with long-term consequences for our economy, our quality of life, and our global standing. This report examines the data behind these assertions, and proposes a set of recommendations to strengthen U.S. graduate education in partnership with industry and government. The United States system of graduate education is a strategic national asset. Like all valuable assets, it must be attended to and nurtured in order to remain viable and strong. Other countries and regions of the world have recognized the value of graduate education as a vital component of economic development and are making investments accordingly. Europe already produces more doctorates in science and engineering than are produced in the United States. China and India are making substantial investments in their graduate education systems. A recent Wall Street Journal ranking of accelerated MBA programs awarded six of the top 10 places to non-u.s. graduate programs. Our competitiveness in the global economy hinges on our ability to produce sufficient numbers of graduate-degree holders people with the advanced knowledge and critical-thinking abilities to devise solutions to grand challenges such as energy independence, affordable health care, climate change and others. One of our greatest resources is our human talent, and as a nation we must invest in educating more of our population at the graduate level to ensure our capacity to innovate and to secure our intellectual leadership into the future. Policymakers, institutions of higher education, and business leaders all have a stake in the process of producing well-prepared graduate degree holders. People with graduate degrees teach in our schools and universities, drive innovation, attract intellectual and commercial investment, and strengthen American prestige and economic power. This report, a collaboration of the Council of Graduate Schools and Educational Testing Service, provides a clear view of the roadblocks and the pathways to a graduate degree and to an improved system of graduate education in the United States. We hope that you find it illuminating, informative and useful. Sincerely, Debra W. Stewart President Council of Graduate Schools Kurt M. Landgraf President & CEO Educational Testing Service

5 Commission on the Future of Graduate Education in the United States Chair: William Russel, Dean, Graduate School, Princeton University Vice Chair: Suzanne Ortega, Executive Vice President and Provost, University of New Mexico Scott Bass, Provost, American University Gene Block, Chancellor, University of California, Los Angeles John Seely Brown, Visiting Scholar and Advisor to the Provost, University of Southern California Thomas Connelly Jr., Executive Vice President and CIO, E.I. DuPont and Co. Karen DePauw, Vice President and Dean for Graduate Education, Virginia Tech Roger Ferguson, President and CEO, TIAA-CREF Jeffery Gibeling, Dean, Graduate Studies, University of California, Davis Stanley S. Litow, Vice President, Corporate Citizenship & Corporate Affairs, IBM and President, IBM International Foundation Ronald Mason, President, Jackson State University Patrick Osmer, Vice Provost, Graduate Studies and Dean, Graduate School, The Ohio State University Richard J. Parsons, Executive Vice President, Global Staffing Executive, Bank of America Liora Schmelkin, Senior Vice Provost for Academic Affairs and Dean of Graduate Studies, Hofstra University Susan Stites-Doe, Dean of Graduate Studies and Professor of Management, The College at Brockport, State University of New York Ronald Townsend, Executive Vice President of Global Laboratory Operations, Battelle Memorial Institute John Wiley, Academic Program Director and Professor, Graduate School, University of Wisconsin-Madison James Wimbush, Dean, University Graduate School, Indiana University Ex Officio Members Kurt Landgraf, President & CEO, Educational Testing Service Debra Stewart, President, Council of Graduate Schools We are especially indebted to the following individuals for their time and valuable insights: Thomas Connelly Jr., E.I. DuPont and Co.; Norman Bradburn, National Opinion Research Center, University of Chicago; T.J. Elliott, Educational Testing Service; Kathryn Kailikole, The Louis Stokes Institute for Opportunity in STEM Education; Jeanie Mabie, IBM; Jane Oates, U.S. Department of Labor; Richard J. Parsons, Bank of America; Eva Pell, Under Secretary for Science at the Smithsonian Institution; Chandra Taylor Smith, The Pell Institute for the Study of Opportunity in Higher Education; Eldna Smith, ExxonMobil; and Ronald Townsend, Thomas Snowberger, and Richard Rosen, Battelle Memorial Institute.

6 Table of Contents Introduction... 1 Why Focus on Graduate Education?... 1 Threats to the U.S. System... 2 The Path Forward... 3 Current Trends in Graduate Education... 5 The Pathway to Graduate School... 5 Graduate Degree Recipients Understanding International Competition Current Vulnerabilities in Our System of Graduate Education.. 27 The University Domain The Industry Domain The Government Domain Moving Forward: Recommendations and Actions Recommendations for Universities Recommendations for Employers Recommendations for Policymakers: The Federal Role In Summary: The Path Forward References... 59

7 Introduction Why Focus on Graduate Education? The fruits of graduate education touch our lives in countless ways every day. We ride in automobiles with systems designed by engineers having graduate degrees; send our children to schools where a growing number of teachers have graduate degrees and were themselves trained by people with advanced degrees; pick up prescriptions for drugs designed and tested by scientists with graduate degrees; visit museums and view displays arranged by curators with graduate degrees; and go to movies enhanced by sophisticated computer-generated special effects designed by men and women who have graduate degrees. Recent figures show that students enrolled in graduate education represent 3% of the students enrolled in all levels of U.S. education. 1 With the ongoing debate on how to address the needs of K 12, 2-year colleges, and 4-year colleges, is it premature to debate the virtues of obtaining a graduate degree? We believe not indeed, now is the critical time to address and understand the value of graduate education. Finding innovative solutions to many of the greatest challenges facing this nation and the world in the 21st century will depend upon having a highly skilled workforce. Tasks such as finding efficient alternative energy sources, improving agricultural practices in developing countries to feed the growing world population, and understanding other cultures that must coexist in the global village will require individuals with graduate-level training. However, as Gary Locke, U.S. Secretary of Commerce, remarked to the President s Council of Advisors on Science and Technology, America has a broken innovation ecosystem that does not efficiently create the right incentives or allocate enough resources to generate new ideas; develop those ideas with focused research; and turn them into businesses that can create good jobs. Undergraduate education is important to the creation of a stable economy, providing students with foundational knowledge and work skills and offering college graduates a wide range of employment options. But graduate education * goes beyond just providing students with advanced knowledge and skills it also further develops critical thinking skills and produces innovators. It is the application of knowledge and skills in creative and innovative ways that will help ensure our country s future economic prosperity, influence social growth, 2 and maintain our leadership position in the global economy. The assumption underlying this report is that the competitiveness of the United States and e The global competitiveness of the US and capacity for innovation hinges fundamentally on a strong system of graduate education. * The focus of this report is on graduate education as defined by master s and doctoral programs, not firstprofessional degrees (e.g., dentistry, medicine, optometry, osteopathic medicine, pharmacy, podiatric medicine, veterinary medicine, chiropractic, law, and theological professions). 1

8 The Path Forward our capacity for innovation hinges fundamentally on a strong system of graduate education. Threats to the U.S. System During the 20th century, U.S. graduate education rose to the top of the international education enterprise. 3 Despite the loss of manufacturing jobs to lower-cost producers overseas, a high level of technical skills and a capacity for innovation, fueled by the graduate education system, have allowed the US to remain competitive and retain an important role in global economic leadership. Major cornerstones of U.S. graduate education have included the availability of world-renowned faculty, along with state-of-the-art research facilities, libraries, laboratories, and specialized equipment that have provided students with one-of-a-kind opportunities to study and work in educational settings that stimulate their intellectual development. The US has produced the vast majority of doctoral degrees conferred around the globe. Our graduate schools and their research facilities have been consistently ranked among the best in the world (e.g., the Times of London Rankings and the Shanghai Jiao Tong University Rankings), and from 1997 to 2009 over half of the Nobel Prize winners in chemistry, physics, medicine, and economics had received their graduate degrees in the US. Graduate education in the US also has served as a critical component for fostering international understanding. From the Fulbright Program alone, 20 graduate scholars have gone on to become heads of state in their native countries. The dominant position of U.S. graduate education is now threatened as the rest of the world rapidly catches up. Europe has made major strides in restructuring its graduate education programs and by 2000 produced more doctorates in science and engineering than the US. 4 Other countries, such as China and India, are investing substantially in improving their graduate education systems and in the undergraduate programs that feed those graduate programs. The growing competition points to the need for changes in U.S. graduate education so that the US does not continue to fall behind in its production of graduate degree recipients. Against this backdrop of rapidly rising foreign competition are concerns about inefficiencies in a graduate education system that once enjoyed a virtual monopoly. In many fields more than 40% of the students who start doctoral programs fail to complete them, and students who do complete may take 8 to 10 years or more to obtain their degrees. 2

9 Introduction Students who might benefit both themselves and society by obtaining a graduate degree are discouraged from applying or choose to leave before obtaining a degree because of the long and uncertain road to graduation. This not only drains financial resources of students and institutions it also is a significant opportunity cost for this country. The Path Forward As we consider the future path for U.S. graduate education, a number of important considerations need to be examined. One of the most obvious is the change in demographic trends. While we have a good understanding of the racial, ethnic, and gender distributions that will impact the potential applicant pool for graduate schools, other factors, such as student skill levels and industry requirements for knowledge workers, are more difficult to forecast. The changing mix of domestic and international students in U.S. graduate education and the workforce also must be considered. In a world where technology allows global communication and interaction, we should not and cannot consider these issues in isolation. The members of the U.S. workforce who now are or soon will be retired were able to lead a fairly good life with a high school education. Their story is familiar to all of us: The manufacturing economy was built on the shoulders of citizens who had a high school education and who could rest assured that their livelihoods would be secure until they retired. But times have changed, and the knowledge economy, which is based on creating, evaluating, and trading knowledge and information, has arrived. 5 Predictions are that the U.S. economy will become bifurcated, with one sector of the workforce performing services that cannot easily be exported, such as hospitality services, construction, car repair, and healthcare, while the other sector will perform work in the knowledge industries. The production of goods and services such as automobiles, electronic goods, and clothing is likely to continue to take place in other countries where there are lower labor costs and workers with lower literacy levels and educational attainment. In many respects this is an issue of human capital replacement in our workforce. How do we replace our workers who contribute high levels of knowledge? How will our nation achieve this objective? The U.S. public also is expressing the need for more advanced degrees. In 2008 the Public Policy Institute of California polled the parents of children 18 and under to ask what the highest level of education was that they hoped their child would achieve. Nearly half, 46%, said a graduate degree. 6 3

10 The Path Forward While this report cannot answer every question related to the future of graduate education in the US, we hope to provide a clear view of the pathways and roadblocks to a graduate degree, the challenges of globalization, and the changing needs of the workforce. Trends in enrollment and completion rates at the graduate level are examined; the threats and vulnerabilities that exist in our current graduate education system, in government, and in industry are illuminated; and an empirical basis for recommendations to institutions, policymakers, and industry to ensure our continued national prosperity is provided. H H H H H 4

11 Current Trends in Graduate Education Education is a social process. Education is growth. Education is not a preparation for life; education is life itself. John Dewey (Ph.D., Johns Hopkins; Professor, University of Michigan and University of Chicago) If we are to fully comprehend the issues facing the future of the graduate education system in our country, the factors that affect the inputs and outputs of the current system first must be understood. It is important to examine both past and current factors that affect graduate education in order to project their long-term impact. This section does just that. The factors that impact inputs to the system are first explored: the potential applicant pool, numbers enrolling in graduate school and why they choose to go, and changes in the graduate student population. Then factors impacting the outputs of the system are examined: time to degree completion, the characteristics of degree recipients, attrition/completion rates, and employment opportunities. Finally, we evaluate changes in international graduate education that present a challenge to U.S. graduate schools. The Pathway to Graduate School The route to graduate education should be thought of as a pathway rather than a pipeline. A pipeline implies a system in which a student enters at one end and comes out at the other. There is only one entry point, and once a student leaves the pipeline there is no way back in. A pathway, however, suggests a less linear approach in which a student may meander at times, but where leaving the main path does not mean that it will be impossible to reenter it later. The fact remains, though, that the prerequisite, and hence the major pathway, to graduate education comes from earning a bachelor s degree. The graduate applicant pool. There is some good news. According to U.S. Census data 7 from the period 2000 to 2006, overall enrollment in colleges and graduate schools increased from 15.3 million to 17.2 million. So too, the number of students earning bachelor s degrees has grown consistently since the early 1980s (from 1.2 million to 1.5 million). 8 While this overall increase seems positive, these numbers have not kept up with increases in the general population of individuals of college e There is some good news. But while higher education enrollment is up across all groups of students, it may not be keeping pace with increases in the general population. 5

12 The Path Forward Figure 1 Who Goes to College? Source: Davis, W. J., & Bauman, K. J. (2008). School enrollment in the United States: Washington, DC: U.S. Census Bureau. age. While more than half of 2006 high school graduates enrolled in some type of postsecondary education (a 2-year or 4-year college), as seen in the far-left bar in Figure 1, great disparities remain in enrollment levels by ethnicity and race. These U.S. Census data 9 show that while the majority of Asian and White non-hispanic high school graduates ages enrolled in some type of college, less than half of Black and Hispanic high school graduates continued on to either a 2-year or 4-year college. Projecting the size of the future domestic pool of potential graduate students is complicated by the dropout problem at both high school and undergraduate levels. When compared to other countries, the US clearly is lagging behind; new figures * indicate that only about three quarters of the students who enter high school complete it. 10 This number persists despite the fact that, according to the Organisation for Economic Cooperation and Development (OECD), the US spends more per pupil than most other industrialized countries. 11 Hungary, Japan, Finland, France, Germany, Italy, Poland, the Slovak Republic, and Sweden all graduate higher proportions of high school students than the US. And while the proportion of students seeking post-secondary education also has grown in most countries, similar trends are not evident in the US. Because of the dropout rate, the number of students entering high school is not a good indicator of the number of students who will 6 * While there is considerable disagreement on the exact number of students or the best way to calculate it, for our purposes it is sufficient to note that high school graduation in this country is far from universal.

13 Current Trends in Graduate Education actually graduate. Similarly, there is substantial attrition among college freshman classes, with only about 60% of the students who enter 4-year colleges graduating. 12 Dropout rates also vary substantially by gender, race, and ethnicity. In the recently published book, Crossing the Finishing Line, the number of students who actually obtain an undergraduate degree are shown to differ dramatically by gender, race and ethnicity, type of college attended, and socioeconomic status. 13 Since bachelor s degree recipients form the primary applicant pool for graduate schools, differential completion rates point to the challenge in creating a diverse pool of students who are available for graduate education. The college dropout problem is even more complicated because many talented students apparently drop out for nonacademic reasons. 14 These talented dropouts might be ideal candidates for graduate education, if they could be persuaded to stay in college and complete their undergraduate education. e The US must focus on increasing high school and undergraduate completion. It is these students who form the pool of graduate school applicants. Efforts to increase high school graduation rates need to continue. It also is essential that efforts aimed at increasing student enrollment in and completion of undergraduate education continue, especially among minority groups, as these groups soon will outnumber White non-hispanic students in the K 12 school population. 15 Without increases in high school graduation rates, increases in the number of Americans transitioning to college cannot occur, and without increases in degree recipients at the undergraduate level, the pool of graduate school applicants cannot be increased. But addressing high school and undergraduate education issues are only the first step in the process. The next critical question is who enrolls in and who completes graduate education in the current system. Enrollment trends at the graduate level. While an average 2% annual increase in total graduate enrollment occurred during the most recent decade, most recipients of bachelor s degrees still decide not to continue further with their education. For example, as shown in Figure 2 only slightly more than one quarter of students receiving an undergraduate degree in had earned a graduate degree, either master s or doctorate, or a first professional degree 10 years later, 16 despite the fact that graduate enrollments have risen by about 50% since the early 1980s (from 1.4 million to 2.3 million). * In addition, much of the growth in domestic graduate enrollment over the last 10 years can be attributed to trends that may not continue. * The number of degrees awarded in a single year is not directly comparable to the total number of students in graduate school in a particular year. 7

14 The Path Forward Figure 2 Highest degree attained in 2003 by bachelor s degree recipients. Note: Bachelor s degree percentage includes post-baccalaureate certificates. Source: Bradburn, E. M., Nevill, S., Cataldi, E. F., & Perry, K. (2006). Where are they now? A description of bachelor s degree recipients 10 years later. (NCES No ). Washington, DC: National Center for Education Statistics, U.S. Department of Education. e While women comprise the majority of graduate students, there is still underrepresentation of women in traditionally male-dominated fields. As with undergraduate enrollment, the composition of students enrolling in graduate school has shifted over the last several decades, resulting in more diverse campuses. For example, the Council of Graduate Schools (CGS) reports that since the mid-1980s the number of women in graduate school has continued to exceed the number of men, with women currently accounting for 59% of graduate students. During the period , first-time enrollment grew at an average annual rate of 3.4% for men but 4.3% for women. 17 However, with women now representing well over half of graduate enrollment, it is unlikely that the enrollment gains attributed to redressing the initial underrepresentation of women will continue. In addition, while women comprise the majority of graduate students, much of this is due to the large number of women pursuing master s degrees, particularly in the education field. Changes in the representation of women in other fields are difficult to predict. Women currently comprise the vast majority of graduate student enrollment in health sciences, public administration, and education, but only a third in the physical sciences and less than a quarter in engineering. 18 Substantial shifts have been seen in the traditionally male fields of law and medicine, with women now comprising about half the enrollment in these professional programs, but it is unclear whether these shifts will be replicated in currently male-dominated fields such as engineering. 8

15 Current Trends in Graduate Education Beginning in 1998, an average annual increase of about 4% was also seen for all minority groups enrolling in graduate school, while non-hispanic White student enrollment stayed relatively flat. 19 However, growth in minority enrollments also may be limited by the size of the applicant pool, since the percentage of underrepresented minority college graduates already going on to graduate school is about equal to their representation in the college graduate population. 20 For example, in 2008, 9.6% of college graduates were Black compared to 12% of graduate students, and 7.5% of college graduates are Hispanic compared to 6% of graduate students. However, while the representation of minority students in graduate education is about equal to that in undergraduate education, these figures are still below the representation of these groups in the U.S. population * (13% for Black and 15% for Hispanic), according to U.S. Census data. 21 Growth in the number of graduate students also has not been uniform across fields. Enrollments in science and engineering started to decline in the mid-1990s but have been consistently rising in the 21st century and are now at an all-time high. Most of this growth has resulted from the enrollment of international students, with modest growth for U.S. minority students and slight declines for non-hispanic White men and women. 22 While the overall graduate enrollment trend appears to be positive, it does not explain why such a large number of bachelor s degree recipients have not gone on to graduate school. Why do some of these students apply and go on to graduate school while others do not? Some information exists that may shed light on this question. Who chooses to go to graduate school? In a session at the 2007 CGS annual meeting, specific strategies for motivating undergraduate students to apply to graduate school were discussed. 23 The strategies included those that undergraduate programs could implement, such as finding positive faculty role models and encouraging increased contacts with undergraduate students; encouraging research opportunities for undergraduates; and offering orientations or seminars on the reality of graduate school life. However, increasing graduate enrollment requires more than instituting new programs at the undergraduate level; it requires an understanding of the challenges that continue to face particular groups of students. While the growth in undergraduate college enrollments has been primarily due to increased numbers of women and those in minority and low-income groups, these students still encounter many challenges that are difficult to overcome when considering whether or not to apply * Note that the federal government treats Hispanic origin and race as distinct concepts. 9

16 The Path Forward to graduate school. In the book, The Gender Gap in College: Reinforcing Differences, 24 it is suggested that there are three challenges women face in undergraduate school that may impact the decision regarding whether to continue on to graduate school. These are: 1. A confidence gap: Women tend to evaluate themselves lower than men on measures of academic abilities, despite earning better grades and being more likely to complete an undergraduate degree. 2. A stress gap: Women display higher levels of stress and depression than men, and those differences persist throughout the undergraduate years. 3. An economic gap: Men express greater interest in careers that pay well, better justifying the expense of college attendance. Similarly, minority students face particular challenges regarding postsecondary success. These challenges, especially relevant to success in science and engineering higher education programs, have traditionally included social bias and lack of support groups, flawed reward systems, antiquated governance systems, resource constraints and inequities, and inadequate outreach. 25 Another influence on the choice to attend graduate school may be related to students educational aspirations. 26 As shown in Table 1, when asked about their ultimate degree objective, a higher percentage of non-hispanic White (41%) and Asian (50%) high school sophomores were likely to aspire to a graduate degree than were Black (30%) and Hispanic (30%) sophomores. Table 1 High School Sophomores Reported Degree Aspirations Less than Bachelor s Bachelor s Graduate White 19% 40% 41% Black 30% 40% 30% Asian 13% 37% 50% Hispanic 30% 40% 30% Source: Council of Graduate Schools. (2008). Data Sources: Aspirations to graduate school. CGS Communicator, 41(4), 4 5. Can these aspirations be changed? There is some evidence to suggest that it might be possible. Differences between minority and White bachelor s degree recipients are noticeably unlike those seen among high school sophomores. In one study, Black and Hispanic bachelor s degree recipients said they were more likely to earn an advanced degree than were their White counterparts. Women and men were equally 10

17 Current Trends in Graduate Education likely to say they would enroll in a graduate (or professional) program, although there were differences in the types of degrees that would be pursued. 27 These figures certainly are influenced by those students who drop out and leave only those students most inclined to complete their college degree. However, they do suggest some possibilities to be considered. As a first step it is reasonable that young students (high school and below) be encouraged to think of college and graduate school as realistic, obtainable goals, because without that vision students will not aspire to continue in higher education. In particular, young students from underrepresented racial and ethnic groups need to understand the value of pursuing college and graduate degrees. e Students of all ages need to understand the value of pursuing college and graduate degrees. While enrollment issues at the college and graduate levels historically have focused on accessibility for women and students from minority groups, there are a number of emerging social issues that will create further challenges for the U.S. education system. These changes will impact not only K 12 education, but ultimately the numbers of traditional students available for higher education as well. The influx of nontraditional students. The population of the US is diverse and continues to grow even more so. The U.S. Census Bureau estimates that between 2000 and 2015, international migration will account for more than half of the nation s population growth. This growth will especially impact the Hispanic and Asian populations, which are expected to triple over the next half century. 28 In the recent report, America s Perfect Storm: Three Forces Changing Our Nation s Future, a number of emerging sociological and economical forces that will present challenges to the U.S. educational system are discussed. In particular, demographic shifts will result in a population with less education and lower math and reading skill levels. 29 As a result the population of domestic students available to pursue higher education will become more diverse and possibly less academically skilled. More first-generation college students will emerge from this pool, and many are likely to require additional language and skill resources. Thus these students are less likely to resemble what has been historically the traditional student populating the graduate school enrollment pool. As the number of traditional students in the graduate applicant pool declines, other types of nontraditional students are appearing on the horizon. Traditional students typically apply to graduate school within a few years of exiting an undergraduate program. Thus most enter before their 30th birthday, are single, and have a moderate level of income. 30 A growing number of nontraditional students are e The traditional graduate student is changing in subtle ways. This will require a change in academic expectations and financial support. 11

18 The Path Forward older, engage in work, family, and school activities at the same time, and view graduate education as a means of changing or improving their employability. While the majority of graduate students still fall into the 30 and younger age group, a rapid increase has been seen in the number of students 40 and older. 31 In addition, the percentage of doctoral students who are married and/or have children has also slightly increased. 32 These subtle alterations may impact outcomes such as degree completion rates. Evidence of this is seen in a longitudinal study 33 by the National Center for Education Statistics (NCES). This study found that students who were single prior to entering graduate school were more likely to have earned their degree (or to still be enrolled) 10 years after receiving their bachelor s degree, compared to their married counterparts. As a result, how doctoral students are financially and academically supported and how this impacts their expectations of time to degree completion needs to be reconsidered. There also is a growing trend to return to graduate school after having spent time in the workforce. The current economy certainly contributes to this trend; a growing number of career changers or laid-off workers are looking to graduate education in hopes that an advanced degree will ensure continued employability and/or career advancement. 34 The desire to improve clinical or technical skills also seems to be a major influence in the decision to return to graduate school for workers in particular fields. Although limited to professional students in the field of physical therapy, a recent study 35 indicated that while career opportunities and income advancement were important factors in the decision to return to graduate education, the overwhelming consideration was skill improvement. e Economic growth is based not on producing things but producing ideas. To that end, employer-supported education benefits are very common. A 2006 survey of 226 companies in the public and private sectors indicated that nearly all of them (approximately 94%) said they offered some form of education assistance to their employees. 36 In order to be responsive to and support the needs of part-time students and career changers and their desire to acquire and enhance specific, job-related skills, serious thought must be given to the current structure of and financial support for graduate education, especially at the master s level. Why should these changes concern us? Economists such as Paul Romer argue that economic growth is based not on producing things but rather on producing ideas that lead to technological progress. 37 Furthermore, Romer contends that ideas 12

19 Current Trends in Graduate Education come from highly skilled individuals who are produced by doctoral programs, and that continuing to produce adequate numbers of doctoral recipients in the science and engineering disciplines is vital to ensuring the growth of new ideas. 38 U.S. competitiveness in the global economy hinges fundamentally on our capacity to innovate. Thus, if as Romer suggests, graduate education is the main source for producing these innovators, it is of vital importance to ensure that all sectors of the U.S. public pursue higher education, especially graduate education. In an interview given to Inventor s Digest Sally Ride (Ph.D., Stanford University, astronaut, and Professor at UC San Diego) points to this need in science, technology, engineering, and mathematics (STEM) fields, saying, We ve always thought of ourselves as an innovative country that keeps at the forefront, a world leader for the last many, many decades. We ve always prided ourselves on innovation. In World War II, the Cold War, the race to the moon our self-image is being a technologically superior country. Without the new generation having some background or ability to enter engineering or science, we risk losing that. It s part of our identity. We re pioneers. We re innovators. And we re not producing engineers and scientists in the numbers we need. While it is important to ensure our country s future economic prosperity, higher education also has personal consequences for individual prosperity. In 2008, while the median annual wage for workers with a bachelor s degree was $52,624, it was $64,116 for workers with a master s degree and $81,172 for workers with a doctorate. 39 It has been posited that in a knowledge economy a graduate degree will become the new bachelor s. As economist Anthony Carnevale has said, if graduate educators cannot fulfill their economic mission to help grow the economy and help youths and adults become successful workers, they also will fail in their cultural and political missions to create good neighbors, good citizens and lifelong learners. 40 e Graduate education s mission: to produce successful workers, good neighbors, good citizens, and lifelong learners. Graduate Degree Recipients Globally, the U.S. system of graduate education has been considered the gold standard. While it is important to understand who enrolls in graduate school (i.e., the inputs to the system), it is equally important to understand the outputs of the system who completes their degree, who does not, and their place in the workforce because it is at this stage where the system seems to falter. Types of graduate degrees. Although graduate education is frequently thought of as preparing students to earn doctoral degrees, it is important to recognize that many 13

20 The Path Forward more master s degrees than doctoral degrees are awarded in the US. In 2007, 10 times the number of master s degrees were awarded compared to doctoral degrees (604,607 vs. 60,616, respectively). 41 Master s-level education has been experiencing growth over the past decade, with a 31% increase in the number of engineering master s degrees and a 22% increase in social science master s degrees. In comparison, the increase in the corresponding age cohort in the general U.S. population grew by just 7% during the same time period, demonstrating that the growth in the number of master s degrees clearly was meaningful. One exception to this trend has been master s degrees in computer science, which have declined in number over the last several years. 42 Obtaining a master s degree as an end point, or terminal degree, is much more common in some fields than in others. Much of this is due to opportunities for employment in fields where only a master s degree is needed. For example, about a quarter of the students with bachelor s degrees in education earned master s degrees (as the highest degree earned) within 10 years, but only 1% went on to earn a doctoral degree. The same is true for students with bachelor s degrees in engineering: About one quarter earned a master s degree within 10 years, but only 3% earned a doctoral degree. However, the picture is different in the natural sciences and mathematics fields where 19% of the students received a master s degree and 9% earned a doctoral degree. * Thus it is important to recognize differences across disciplines regarding the types of degrees attained when examining where we are in graduate degree attainment. Trends in degrees awarded. In its 2008 status report 43 the American Council on Education reported that the number of postsecondary degrees awarded increased between 1995 and This was seen at both the undergraduate and graduate levels. While the number of associate and bachelor s degrees earned grew by 35%, the number of master s degrees earned increased even more by 47% and the number of doctoral degrees increased by 26%. In this case the increase in the corresponding age cohort (undergraduate- and graduate-aged individuals) in the general U.S. population grew by just 13% during the same time period. This is another instance where the growth in the number of awarded degrees clearly was substantial, even when accounting for population changes. The pattern of degree recipients varies by gender as well as by ethnicity and race. For example, women accounted for 68% of the growth in master s degrees and 84% of the growth in doctorates. Despite this increase, in 2005 women received 60% of master s degrees but less than 14 * The estimates of the percent of students earning doctoral degrees are limited by the 10 year time horizon in the Baccalaureate and Beyond Longitudinal Study database.

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